eMudhra launches IoT security solution for smart cities

BANGALORE, INDIA: Digital identity and transaction management solutions provider, eMudhra’s R&D center in Bangalore, emLabs has announced an IoT security solution for smart cities. The solution brings the power of Secure Identity and Cryptography to effectively secure a smart city ecosystem through issuance, management, and authentication of the identity of users and embedded devices.

The usage of connected and smarter devices to augment our lives on a daily basis has proliferated extensively over the last few years. IoT is helping cities evolve in a smarter way, leading to smarter buildings, self-driving cars and much more. However, with a rise in the connected devices ecosystem, privacy and security cannot be compromised.

The solution, emSecure is designed to be deployed on any IoT platform that supports trusted platform modules and enables IoT security on a large scale with reliable encryption helping build trust across customers, users, and smart city networks.

“Connected devices or smart devices are increasingly networked, making critical systems more vulnerable to cyber-attacks which could result in compromise of sensitive data and controls. emSecure an IoT security platform aims to address this very risk in an effective and scalable manner,” said V. Srinivasan, Chairman, eMudhra.

emLabs’ public key infrastructure (PKI) suite will help cities deploy a secure IoT ecosystem, thus ensuring trusted communication between devices and mitigating the risk of man in the middle attacks.

Using industry standard communication protocols, emSecure powers provisioning, deployment, and management of identity for users and embedded devices in a secure manner using Cryptography (PKI). More importantly, it does so in a manner that is easy to deploy and easy to use with a wide scope for integration with devices of all types. eMudhra is working with various global leaders in manufacturing to integrate eMSecure across micro-TPM’s and LoRA devices and facilitate efficient and cost-effective smart city networks.